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Reactors and Nuclear Waste in the World 442 operating nuclear reactors 400,000 t of waste produced annually 3% of waste (12,000 t ) is high-level waste (HLW): 96% of this is U 1% of this are actinides (TRU transuranics) ‏ 3% other fission products

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Reactors in the US Nuclear reactors generate 20% of US electric power As energy needs are projected to double in 25 years, number of nuclear reactors to increase 103 reactors 2100 t of SNF produced/year 53,000 t SNF in storage today 119,000 t SNF by 2035

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Questions to Consider when comparing CFTC to Yucca Mountain How much can Yucca be expected to keep without CFTC? Planned to store 70,000 t of waste--- already in temporary storage How much can the CFTC be predicted to recycle? Separation of Uranium, transuranics, fission products with 99% efficiency. ~2000 t/yr. How much can Yucca be expected to keep with CFTC? Assuming 99% recycling of current yearly quantity of SNF, the projected capacity will fill up in 3000 years! Since LLW and ILW may also be deposited there, it will reach capacity faster. What will the results be of the CFTC recycling? How much high level waste? 0.1% of SNF How much low level? 0.9 % of SNF How much recovered energy?

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CTFC Research Effort How much R&D will this take? 20 years until deployment of recycling system How much has already been done? Siting studies, 11 sites Near-term goals: 2 011- Engineering Scale Demonstration plant for removal of transuranics (TRU) ‏ 2014-2019: Advanced Burner Test Reactor to turn TRU into shorter-lived isotopes, while making power 2016-2019: Complete Advanced Fuel Cycle Facility

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Transportation Rail and truck transport Exemplary safety record of 3,000 SNF shipments in the last 40 years DOE plans to build a special railroad through Nevada, to Yucca Mountain Same transportation arrangements can be used to carry fission products from the 11 proposed CFTC sites

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Economic Considerations CFTC has be opened up to Expressions of Interest (EOI) from the private sector  Cost dependent on the final design chosen by the DOE  Thus, cost cannot be easily estimated for the final form of the CFTC Specific goals have been set for industry  Benefits of meeting these goals can be estimated for use in comparison with costs when released

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Other Goals Research and Development  Making fuel recycling cost effective compared to the once- through fuel cycle  Improvements in fuel processing to reduce proliferation risks

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Potential Benefits CFTC as a source of fuel  Produces both uranium for reuse in LWRs and transmutation fuel for fast reactors from SNF CFTC as a way of handling waste  Augments the current waste repository plans (Yucca Mountain) ‏ CFTC as a way of enabling increased nuclear energy use  As a means of increasing waste handling capacity

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Estimating Benefits CFTC as a source of fuel  Assumptions used:  Fuel for LWRs valued at least as much as cost of mining and processing today  Transmutation fuel is valued at a premium above LWR fuel  Benefits from using the CFTC as a fuel source will be realized over the lifetime of its operation as long as inputs are available

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Estimating Benefits CFTC as a way of handling waste  Assumptions used:  Benefit of handling waste at least equivalent to cost of doing so under Yucca Mountain plan  Yucca Mountain will be able to handle fission products from the CFTC (after minor modifications) ‏  The CFTC will decrease the volume of SNF that requires storage from LWR, thus increasing capacity of the Yucca Mountain site  Benefits from increasing waste handling capacity will be realized over time as waste is produced

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Estimating Benefits CFTC as a way of enabling increased nuclear energy use  Assumptions used:  Yucca Mountain capacity unable to support expansion of nuclear industry without the CFTC  Nuclear energy represents an overall cost saving when carbon emissions costs are taken into account  Benefit will be realized over time based on additional energy produced by reactions supported by the CFTC

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Total Benefits Benefits from all three sources can be summed:  CFTC with a given capacity will give a stream of benefits from the three sources  Benefits to be discounted over time and summed for a few hypothetical capacities  Sum of benefits at a given capacity can be compare to cost of construction and operation to be proposed by industry

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Congressional (in)action on waste 819 Congressional bills proposed addressing nuclear waste in the last 15 years 532 that actually were voted on 62 passed and sent to President  Incorporating provisions of many of above bills 54 in 110th Congress alone

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Jurisdiction Mostly Federal  Waste crosses state boundaries (either to be store or reprocessed) ‏ Some State  Internal storage and transport

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CFTC Barely mentioned in Congress Not included in any current bills Just a few hearings in Senate Environment and Public Works Committee Mild support from Reps on shortlist for facility locations – but mainly as source of construction jobs

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Clinton While supporting nuclear waste in theory, prefers efficiency and renewables for sources of new energy, due in part to proliferation and disposal concerns Opposes Yucca Mountain  Instead would convene scientific panel to develop alternative disposal solution Campaign brief on energy and climate change doesn’t even mention nuclear  Only mentioned in longer fact sheet

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Obama Nuclear is likely contributor to global warming solution, but only if cost, proliferation, public information, and disposal concerns are improved Opposes Yucca Mountain Nuclear not even mentioned on campaign energy and environment site Fact sheet: Supports dry cask storage using most modern technologies possible until a more permanent solution is found

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McCain Strongly supports nuclear power on climate change and energy independence grounds Wants to see 20 new plants under construction by end of first term Nuclear features prominently on energy and environment portions of website Supports Yucca as storage site for waste Also “not opposed” to reprocessing Doesn’t address what to do if new plants overflow Yucca